The recent discovery of almost 100% polarization of the
prompt gamma ray emission from GRB021206, (1), confirms my
44 year old ``Strong" Magnetic Field" model (SMF) for
galactic dynamics. In SMF, Storage Ring particles were
accelerated long ago during the original gravitational
collapse of the pregalactic/prequasar plasma cloud that is
permeated by an almost uniform primordial magnetic field
(2,3) The enormous, intense, slender, relativistic, stable,
completely coherent Storage Ring stores a very small
fraction of the huge galactic gravitational collapse energy
in an almost radiationless state, unless disturbed. The
concept of an Astrophysical Storage Ring was introduced by
me in l961. At first it was to explain galactic structure,
but soon it proved useful to explain active galactic nuclei
(AGN) and the dynamics of quasar/AGN jets. AGN and galactic
morphology, energetics and dynamics vary as the ratio of
magnetic energy to rotational energy in the particular
object. Gamma ray bursts (GRB) are due simply to a ``rock".
i.e. a white dwarf, ordinary star, neutron sstar, asteroid,
planet, etc. falling rapidly through the Storage Ring and
being almost instantly vaporized into a hot plasma fireball,
causing an electromagnetic shower (2) Then the fireball
speeds into the huge organized magnetic field surrounding
the current ring, thus generating very highly polarized
prompt gamma ray emission (as seen in GRB021206) from the
synchrotron radiation process. The timing fits the GRB
observations nicely. For instance, a ``rock" racing at 1000
kilometers per second across a 20,000 km. path in the beam
would produce a twenty second burst. Other times, a target
might track across a short chord for a short burst. Space
missions have shown that often typical currents in space
plasmas are made up of slender filaments. Thus the puzzling
less than one millisecond spikes observed in some GRB are
simply describing the structure of that particular ring
current at that particular time.